Real Analysis 35 | Properties for Derivatives

preview_player
Показать описание


Please consider to support me if this video was helpful such that I can continue to produce them :)

🙏 Thanks to all supporters! They are mentioned in the credits of the video :)

This is my video series about Real Analysis. We talk about sequences, series, continuous functions, differentiable functions, and integral. I hope that it will help everyone who wants to learn about it.

x

#RealAnalysis
#Mathematics
#Calculus
#LearnMath
#Integrals
#Derivatives

I hope that this helps students, pupils and others. Have fun!

(This explanation fits to lectures for students in their first and second year of study: Mathematics for physicists, Mathematics for the natural science, Mathematics for engineers and so on)

Рекомендации по теме
Комментарии
Автор

What a great proof of the product rule, very easy and simple. In wikipedia there is a one adding 0s to the definition, which make it more long and tedious

rajinfootonchuriquen
Автор

Great video as always! One question:
Let f(x) be a function that is equal to 1 at x=0 and zero elsewhere. According to the first line in the video, wouldn't f(x) be differentiable at x=0 since the limit of the quotient exists?

ahmedamr
Автор

Thanks a lot for another amazing Video! :D

Hold_it
Автор

Will it be the last video of Real Analysis of this playlist?

dipankarroy
Автор

At 1:04 you establish that lim_{x-> x_0} \delta_{f, x_0}(x) needs to exist with a specific value \delta_{f, x_0}(x_0), but in the first implication the requirement for differentiability is just that lim_{x-> x_0} \delta_{f, x_0}(x) exists. Why these two stamens are equivalent ? I think that the statement at 1:04 requires more (a limit whit a specific value) and the first stament requires just the limit exists. What am I missing ?

diegoharo
Автор

Can you explain the last step of the proof the the product rule in a little more detail? Specifically, why does the term with both deltas equal zero?

synaestheziac
Автор

So serious version of differentiation is taught AFTER uniform convergence? Never seen any order like this. Is this what German universities do?

zoedesvl
Автор

Please, change the title. This is part 35!!!

FraserIland